The basic parts of a multiplication problem consist of at least two factors that are multiplied together to result in one product. More than two factors can be involved in a multiplication problem, but the answer always consists of only one product.
Know MoreFor example, in the equation 2 x 3 = 6, 2 and 3 are factors, while 6 is the product. The operation of multiplication is applied to the two factors to generate the product. An "x" is usually used to denote multiplication, but an asterisk, parentheses or no symbol can be used instead. The equation 2 x 3 x 4 = 24 is an example of a multiplication problem with more than two factors. The factors and product can be any number, positive or negative.
Learn MoreThe invention of multiplication cannot be attributed to a particular individual or society because it can be traced to several ancient civilizations, including Egypt, China, Babylonia and India. Each civilization employed a distinct technique to multiply numbers. The methods involved repetitive additions of numbers.
Full Answer >It is thought that the early Egyptians were the first to discover multiplication and to use it effectively as well as teach it to one another. The Egyptians first settled in 6000 B.C. along the Nile valley where they quickly began to record lunar phase patterns as well as the seasonal patterns for both religious and agricultural reasons.
Full Answer >The commutative property states that numbers can be moved around in an equation and the same solution will be reached. This property applies to addition, subtraction and multiplication, but it does not apply to an equation with division.
Full Answer >The associative property of multiplication states that the order in which numbers are multiplied in sequence is irrelevant. In other words, if more than two numbers in an expression are multiplied together, the product is the same no matter the order in which the numbers are multiplied.
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